###################################
# job configuration for cperf
###################################
- project:
    name: cperf-ci-jobs
    project: cperf

#--------------------------------
# BRANCH ANCHORS
#--------------------------------
    master: &master
        stream: master
        branch: '{stream}'
        gs-pathname: ''
        docker-tag: 'latest'
    danube: &danube
        stream: danube
        branch: 'stable/{stream}'
        gs-pathname: '/{stream}'
        docker-tag: 'stable'

#--------------------------------
# POD, INSTALLER, AND BRANCH MAPPING
#--------------------------------
    pod:
#--------------------------------
#        master
#--------------------------------
        - intel-pod2:
            installer: apex
            <<: *master

#--------------------------------

    testsuite:
        - 'daily'

    jobs:
        - 'cperf-{installer}-{pod}-{testsuite}-{stream}'

################################
# job template
################################
- job-template:
    name: 'cperf-{installer}-{pod}-{testsuite}-{stream}'

    concurrent: true

    properties:
        - logrotate-default
        - throttle:
            enabled: true
            max-per-node: 1
            option: 'project'

    wrappers:
        - build-name:
            name: '$BUILD_NUMBER Suite: $CPERF_SUITE_NAME Scenario: $DEPLOY_SCENARIO'
        - timeout:
            timeout: 400
            abort: true

    parameters:
        - project-parameter:
            project: '{project}'
            branch: '{branch}'
        - '{pod}-defaults'
        - '{installer}-defaults'
        - cperf-parameter:
            testsuite: '{testsuite}'
            gs-pathname: '{gs-pathname}'
            docker-tag: '{docker-tag}'

    scm:
        - git-scm

    builders:
        - 'cperf-{testsuite}-builder'

########################
# parameter macros
########################
- parameter:
    name: cperf-parameter
    parameters:
        - string:
            name: CPERF_SUITE_NAME
            default: '{testsuite}'
            description: "Suite name to run"
        - string:
            name: GS_PATHNAME
            default: '{gs-pathname}'
            description: "Version directory where the opnfv documents will be stored in gs repository"
        - string:
            name: CI_DEBUG
            default: 'false'
            description: "Show debug output information"
        - string:
            name: DOCKER_TAG
            default: '{docker-tag}'
            description: 'Tag to pull docker image'

########################
# trigger macros
########################

########################
# builder macros
########################
- builder:
    name: cperf-daily-builder
    builders:
        - 'cperf-cleanup'
        - 'cperf-robot-cbench'

- builder:
    name: cperf-robot-cbench
    builders:
        - shell: |
            #!/bin/bash
            set -o errexit
            set -o nounset
            set -o pipefail
            undercloud_mac=$(sudo virsh domiflist undercloud | grep default | \
                              grep -Eo "[0-9a-f]+:[0-9a-f]+:[0-9a-f]+:[0-9a-f]+:[0-9a-f]+:[0-9a-f]+")
            INSTALLER_IP=$(/usr/sbin/arp -e | grep ${undercloud_mac} | awk {'print $1'})
            sudo scp $INSTALLER_IP:/home/stack/stackrc /tmp/stackrc
            source /tmp/stackrc

            # robot suites need the ssh key to log in to controller nodes, so throwing it
            # in tmp, and mounting /tmp as $HOME as far as robot is concerned
            sudo mkdir -p /tmp/.ssh
            sudo scp $INSTALLER_IP:/home/stack/.ssh/id_rsa /tmp/.ssh/
            sudo chmod -R 0600 /tmp/.ssh

            # cbench requires the openflow drop test feature to be installed.
            sshpass -p karaf ssh -o StrictHostKeyChecking=no \
                                 -o UserKnownHostsFile=/dev/null \
                                 -o LogLevel=error \
                                 -p 8101 karaf@$SDN_CONTROLLER_IP \
                                  feature:install odl-openflowplugin-flow-services-ui odl-openflowplugin-drop-test

            docker pull opnfv/cperf:$DOCKER_TAG

            robot_cmd="pybot -e exclude -L TRACE \
                        -v ODL_SYSTEM_1_IP:${SDN_CONTROLLER_IP} \
                        -v ODL_SYSTEM_IP:${SDN_CONTROLLER_IP} \
                        -v BUNDLEFOLDER:/opt/opendaylight \
                        -v RESTCONFPORT:8081 \
                        -v USER_HOME:/tmp \
                        -v USER:heat-admin \
                        -v ODL_SYSTEM_USER:heat-admin \
                        -v TOOLS_SYSTEM_IP:localhost \
                        -v of_port:6653"
            robot_suite="/home/opnfv/repos/odl_test/csit/suites/openflowplugin/Performance/010_Cbench.robot"

            docker run -v /tmp:/tmp opnfv/cperf:$DOCKER_TAG ${robot_cmd} ${robot_suite}

- builder:
    name: cperf-cleanup
    builders:
        - shell: |
            #!/bin/bash
            [[ $CI_DEBUG == true ]] && redirect="/dev/stdout" || redirect="/dev/null"

            echo "Cleaning up docker containers/images..."
            # Remove previous running containers if exist
            if [[ ! -z $(docker ps -a | grep opnfv/cperf) ]]; then
                echo "Removing existing opnfv/cperf containers..."
                docker ps -a | grep opnfv/cperf | awk '{print $1}' | xargs docker rm -f >${redirect}
            fi

            # Remove existing images if exist
            if [[ ! -z $(docker images | grep opnfv/cperf) ]]; then
                echo "Docker images to remove:"
                docker images | head -1 && docker images | grep opnfv/cperf >${redirect}
                image_tags=($(docker images | grep opnfv/cperf | awk '{print $2}'))
                for tag in "${image_tags[@]}"; do
                    echo "Removing docker image opnfv/cperf:$tag..."
                    docker rmi opnfv/cperf:$tag >/dev/null
                done
            fi